The Functional Movement Screen

2008 Words5 Pages

Review of Literature
The study will critically analyze the Functional Movement Screen developed by Cook, et al., (2006). According to Schneiders, et al., (2010), “the Functional Movement Screen was developed as a comprehensive pre-participation and pre-season screen tool that challenges an individual’s ability to perform basic movement patterns ” (p.76). Cook, et al., (2006) developed the FMS when there was not a functional evaluation standard to make rehabilitation protocols that take into account how a patient functionally moves (p.62). The FMS is an evaluation tool that is comprised of 7 fundamental movements to assess an individual mobility and stability (Cook, et al., 2006, p.63). Observation has indicated that athletes cannot perform …show more content…

(2006) uses the fundamental movement deep squat during the Functional Movement Screen because it is a necessary movement in most athletic events. According to Cook, et al. (2006), the evaluation of the deep squat will assess both legs along with the functional movement at the hips, knees, and ankles (p.66). The ability to perform the deep squat requires closed-kinetic chain to start a sequence at the ankles, along with flexion of the knees, and hips, extension of the back, and flexion and abduction of the shoulders (Cook, et al. 2006, p.66). Execution of a proper form deep squat requires the participant to have coordination, strength, and mobility throughout their kinetic chain (Butler, et al., 2010). The results from Cook, et al. (2006) indicate that “poor performance can be caused by limited mobility in the upper torso attributed to poor shoulder mobility” (p.66). Hip or ankle instability can inhibit the successfulness of the deep squat, as well (Cook et al., 2006, p.66). Butler, et al. (2010) conducted a study with 28 participants (9 male and 19 female) investigating the biomechanics of the deep squat. The results from Butler, et al. (2010) found that participants’ stability and mobility at the ankle, knee, and hip joints correlated with their scores on the FMS. The results indicate that the differences between the three groups were from the different biomechanics that were exhibited by each group (Butler, et al., 2010, p.278). The deep squat test is a valid …show more content…

Lisman, et al., (2013) enlisted 874 Marine Corps officer candidates, that were in a 6 week (n=447) or 10 weeks (n=427) training course (p.637). The study is examining the correlation between fitness level, prior injury history, and FMS scores (Lisman, et al., 2013, p.637). According to Lisman, et al., (2013), physical fitness tests were considered to be pull ups, abdominal crunches, and a 3 mile run (p.637). The results revealed that physical fitness tests and the FMS scores correlated with the FMS tests that require a significant amount of strength, such as the deep squat and in line lunge ( Lisman, et al., 2013,p.638-639). Lisman, et al., (2013) also incorporated a questionnaire to determine a participant’s previous history of injury (p.637). The results from the questionnaire revealed that any previous history of injury leads to lower FMS scores and increase risk of re-injury (Lisman, et al., 2013, p.638-639). A limitation of this study is that the population is young and physically fit (Lisman, et al., 2013, p.641). Since this study focus on physical active military servicemen; future research should investigate the FMS scores in a non-athletic

Open Document